Steps to Calories Converter. When calculating your calories burned per step, the number will depend on your weight and height. For instance, a typical 160-pound person of average height will burn about 40 calories per 1,000 steps. This is the equivalent of 0.04 calories per step. The charts below show you how many calories you'd burn in 1,000

Example Calculation. Let's say we wish to determine the EER of a 30-year-old man who has a height of 1.85 meters, weight of 75 kg, and PA of 1.25.

3. Calculate the number of calories yourself. It is also possible to calculate the number of calories your cat needs by using a mathematical formula: Cal= (weight kg^0.75)*70*Factor. You need to calculate your cat's weight in kilograms to the power of 0.75. Then multiply that number by 70.

Question: A granite column in a building is 8.00 m high and has a mass of 2.16 104 kg. (a) How much heat (in J) is needed to increase its temperature by 9.5°C, given its specific heat is 0.200 kcal/kg·°C? J (b) What is its change in length (in m) if its coefficient of linear expansion is 2.50 10−6/°C? m (c) Calculate the force (in N) it

For example, a 35-year-old, 200-pound (90.7-kg), 6-foot (183-cm) male would have a BMR/RMR of 1,882. At rest, he'll burn around 1,882 calories in a day.
Cat Calorie Calculator, Rule of Thumb. As a general guideline, an average adult cat may need about 20 to 33 calories per pound based on its activity level. To put it into perspective, a 10-pound indoor cat might require approximately 200 calories daily, while an outdoor, more active feline could need up to 330 calories.

Women who breastfeed require approximately 500 additional kcal/day beyond what is recommended for non-pregnant women. 68 The estimate is derived from the mean volume of breast milk produced per day (mean 780 mL, range 450-1200 mL) and the energy content of milk (67 kcal/100 mL). 69 During pregnancy, most women store an extra 2 to 5 kg (19,000

A granite column in a building is 8.00 m high and has a mass of 2.16 x 104 kg. (a) How much heat (in )) is needed to increase its temperature by 10.0°C, given its specific heat is 0.200 kcal/kg.°C? (b) What is its change in length (in m) if its coefficient of linear expansion is 2.50 x 10-6°C?

To determine calories expended by your favorite activity use the following equation: METS X 3.5 X BW (KG) / 200 = KCAL/MIN. For example, if a 30-year-old man weighing 170lbs (77.3kg) performs 45 minutes of running at 7mph, the amount of calories he would burn per minute would be: 11.5 (3.5) (77.3kg)/200 = 15.6 kcals/min.

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    • how much is 200 kcal in kg